A 480 Chips/m COB LED strip is a flexible linear light with 480 LED chips arranged along each meter of strip and integrated into a chip-on-board (COB) light-emitting surface. Its dense layout can create a smoother-looking line of light than many widely spaced LED strips, making it worth evaluating for visible indoor applications. However, chip density alone does not determine brightness, color quality, power consumption, or suitability for a project. Before you order, compare the strip’s electrical, optical, mechanical, and installation specifications with your design requirements.
This guide is for lighting distributors, project contractors, interior-lighting specifiers, and OEM buyers assessing COB LED strip for indoor applications. It is also useful when comparing supplier quotations that use the same headline density but provide different supporting specifications. A procurement decision should be based on the actual product configuration, not the “480 chips/m” label alone. Ask suppliers to identify the exact model and document the values relevant to your project.
COB stands for chip on board, a packaging approach in which multiple LED chips are mounted closely together and covered by a phosphor or other light-emitting layer, depending on the product design. In a 480 Chips/m COB LED strip, the stated density is 480 chips along one meter of strip. Dividing 1,000 mm by 480 gives an average chip spacing of approximately 2.08 mm; this is a simple density calculation, not a guaranteed measurement of every chip gap.
The closely arranged light sources can help produce a more continuous-looking line than a strip with visibly separated points, particularly when viewed directly or through a shallow cover. The perceived result still depends on the strip construction, diffuser, mounting distance, viewing angle, and surrounding surfaces. For this reason, evaluate the strip in the intended profile or installation rather than relying on density as a standalone indicator of visual quality.
Ask for the nominal operating voltage and power consumption per meter, then confirm that the proposed power supply and wiring are suitable for the planned installation. Request lumen output and color information, including available color temperatures and the stated color-rendering value, if these are required by the project. Do not infer brightness or efficiency from chip count, because those depend on the chip, drive conditions, phosphor, and product design.
| Specification | What to confirm | Why it matters |
|---|---|---|
| Voltage and power | Rated voltage and watts per meter | Supports power-supply and circuit planning |
| Light output | Lumens per meter and measurement conditions | Helps compare usable illumination |
| Color | Color temperature, color rendering, and consistency information | Helps match the visual requirements of the space |
| Physical design | Strip width, thickness, cut interval, and connection details | Determines fit, layout, and installation approach |
| Operating conditions | Specified ambient conditions and any relevant protection rating | Helps assess suitability for the intended environment |
Confirm the strip width and thickness against the available channel, cabinet recess, or mounting surface. Ask where the product can be cut and how cut ends should be reconnected or sealed for the intended installation. If a coating, sleeve, or protection rating is offered, request its exact description and confirm whether it affects flexibility, heat dissipation, or the required installation method.
COB strips can be supplied in different configurations, such as single-color options or other color-control arrangements, depending on the model. Check whether the selected version requires a compatible dimmer or controller and whether those components are included in the quotation. For long runs, ask the supplier for guidance on feed points and voltage-drop considerations instead of assuming that one-end power is appropriate for every layout.
A 480 Chips/m COB LED strip may be considered for indoor cove lighting, shelves, display cases, joinery, and linear accents where a smooth-looking light source is desirable. It may also suit certain cabinet or retail applications when the strip fits the available space and delivers the required output. These are potential use cases, not a guarantee that one specification will suit every installation.
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For task lighting, compare measured light output and the intended distance from the work surface, not just the appearance of the strip itself. For a visible decorative line, assess color consistency and the effect of the chosen diffuser. In display or hospitality settings, confirm that the color and dimming behavior work with the other light sources in the space.
A 1 m sample is a practical starting point for checking fit and appearance when the supplier can provide one, but sample availability and format should be confirmed in advance. Assess the sample using the same power supply and control method planned for the project. This can reveal differences in color, brightness, dimming response, or visual continuity that a datasheet alone may not show.
The quoted price can depend on the exact electrical and optical configuration, strip construction, order quantity, packaging, and any requested customization. Minimum order quantity and production lead time are supplier- and order-specific, so obtain these details in writing rather than relying on a general estimate. Also ask whether the quotation includes connectors, power supplies, profiles, or only the strip itself.
When comparing offers, make sure they describe the same configuration and commercial terms. A lower unit price may not represent an equivalent product if voltage, power, light output, color specification, reel length, or included accessories differ. For a project with phased delivery, confirm whether the supplier can support the required schedule and whether repeat orders can be matched to the agreed specification.
Look for clear, model-specific answers and consistent documentation. If a specification is not available, ask whether it can be confirmed before treating it as a requirement or placing a purchase order. Avoid assuming that a general product-family document applies to every configuration.
ENTA Lighting works with B2B buyers seeking indoor linear-lighting products, including 480 Chips/m COB LED strip options. Share your target application, required color, installation dimensions, expected quantity, and control method so the team can help identify the relevant configuration for review. Product availability, customization, sample arrangements, and delivery timing should be confirmed against the specific project and order requirements.
A 480 Chips/m COB LED strip offers a dense chip arrangement, with a nominal average spacing of about 2.08 mm, but density alone is not enough to select a product. The right choice depends on documented electrical and optical performance, physical fit, installation conditions, and compatibility with the rest of the lighting system. Start by defining the application, then compare model-specific datasheets and validate the preferred option in a sample installation.
For your next step, prepare a short specification brief covering the required voltage, watts per meter or target output, color, strip dimensions, control method, project quantity, and delivery schedule. Send it to ENTA Lighting to discuss suitable options and request the information needed for procurement evaluation. Confirm all specifications, commercial terms, and sample details in writing before approving a production order.
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